implicit differentiation cheat sheet #calculus

Math, but fast!
#math #algebra #calculus #trig

[chilli]

Thanks for making me realise how good I am at Derivatives

[f.r.y]

For anyone who confused with 2nd and 3rd, remember that *y is a function of x, not a constant.* So, if we take d/dx of y³, we use a normal chain rule since y is a function of x, not a constant.

[harbinger]

I am in middle school, and this is the first time I understood the rules behind derivatives. Thank you

[goodboyneon]

Can you make a video explaining them? Like i thought the 2nd one was 0 cause y doesn't change

[imacds]

I got very confused at 2 and 3 becasue I didn't read the sentence at the top.

[BurningShipFractal]

I didn’t know we can put y inside of d/dx

[rcmfjones]

Ok Phil Collins with two black markers

[benetogamerOFC]

Where can I find explanations about the difference between d/dx, d/dy, dx/dy, dy/dx etc?

[waynebro]

you forgot to write "+c" at the end

[flamurtarinegjakyt]

Wtf, aren't the 2 and 3 wrong? In the 2 for example, isn't y³ independent from dx?

[itzmeB]

What do I do if it's just (d/dx)y, when they give me an instance

[uchihaitachi]

cant i just take the inverse function (d/dx)y³ = 1/(x^(2/3))

[zeno]

Number 2 and 3 isn't the derivative equal to 0? isn't y³ a constant and not a variable x when derivatived with respect to variable x ? bro, I don't understand numbers 2 and 3